UL/DLC LISTED INS Series LED Highbay Light 315W-720W, 170lm/W high lumen industrial lighting with sleek aluminum fin-type heat dissipation housing, IP66 waterproof and IK10 impact resistance, suitable for stadiums and ports.
INS-D · High Bay Lights

315W-720W LED Highbay Light INS-D Series

LED Highbay Light for stadium, sports field, port, and railway station applications

SKU: A-INSD315W-NV-15D|
Made to Order
DLC Premium
UL Listed
🛡️IP66
5-Year Warranty
$672.53

Volume pricing available

Pro & Volume Pricing Available

Contractors, distributors, and trade partners — create a Pro account for exclusive pricing, or request a quote for multi-unit projects.

Contact for Availability — Lead time varies; many SKUs ship from our CN production facility
Free shipping on orders over $499
Need help? (626) 364-9198 or sales@auvolar.com

Illuminate with Precision: LED Highbay Light for Stadium, Sports Field, Port & Railway Applications

The Auvolar INS-D series offers high-performance LED highbay lighting for stadium, sports field, port, and railway station applications per manufacturer specification. With a wattage range of 315-720W, 170 lm/W efficacy, IP66/IK10 ratings, and an operating temperature range of -40°C to 50°C, this UL Listed and DLC Premium certified fixture is designed for reliable performance in outdoor and semi-outdoor commercial installations.

Exceptional Efficacy

Achieve superior brightness with an efficacy of 170 lm/W, maximizing energy efficiency in demanding environments.

Robust Durability

Built to withstand harsh conditions, the INS-D series features an IP66 and IK10 rating, ensuring protection against dust, water, and impact.

Versatile Voltage Options

Compatible with both 100-277VAC and 277-480VAC, offering flexibility for various electrical setups.

Advanced Optical Performance

Equipped with Lumileds LED chips and a CRI of Ra70/Ra80/Ra90, providing high-quality light output with a UGR of <19.

Comprehensive Warranty

Enjoy peace of mind with a 5-year limited warranty, extendable up to 10 years upon request.

Wattage Range

315-720W
Covers a wide range of power needs from mid-mast to high-mast installations.

Lifespan

L90B10 100,000 hours
Rated at Ta 25°C per manufacturer spec.

Certifications

UL Listed, DLC Premium
Meets high standards for safety and utility rebate eligibility.

IP Rating

IP66 / IK10
Dust-tight and water-jet protection with 20-joule impact resistance.

Ambient Temperature

-40°C to 50°C
Operating range per manufacturer specification (-40°F to 122°F).

LightSpec AI

Free Lighting Layout
IES-based photometric simulation
315-720W
Wattage Range
L90B10 100,000 hours
Lifespan
UL Listed, DLC Premium
Certifications
IP66
IP Rating

Electrical

Dimming0-10 Volt Dimming
Power Factor0.90
Voltage100-277VAC, 347/480VAC optional
Wattage315W, 380W, 460W, 580W, and 720W

Optical

Distribution TypeNarrow
Beam Angle15D/30D/60D/120D
CCT3000K/4000K/5000K/5700K
CRIRa70/Ra80/Ra90
Efficacy170lm/W
LED ChipLumileds
Lumens120878lm
UGR<19

Physical

IK RatingIK10
IP RatingIP66

Certification

CertificationsUL, DLC

Warranty

LifespanL90B10 100,000 hours
Warranty5 years (Warranty extension up to 10 years on request)

📦 Shipping & Dimensions

ModelProduct WeightPackage WeightPackage Dimensions (L×W×H)Units/Carton
315-380W36.38 lbs43 lbs21.7" × 21.9" × 16.1"1
460-720W51.15 lbs59.08 lbs25.2" × 25.2" × 17.1"1

Photometric Performance Data

Professional IES-standard luminous flux measurements at 25°C, 4000K Ra70. Data certified for lighting design calculations and municipal specifications.

Standards Compliance

Based on max wattage lumen output per optic. Actual compliance depends on layout design and fixture count.

🏆
FIFA A
≥ 2400 lux avg
15° 30° 60° 120°
FIFA C
≥ 1000 lux avg
15° 30° 60° 120°
🏈
IES RP-6 Class I
≥ 100 fc avg
15° 30° 60° 120°
🎾
IES RP-6 Class III
≥ 30 fc avg
15° 30° 60° 120°

Beam Pattern & CBCP

Peak Center Beam Candlepower and throw ratings by optic.

15°
15° optic
Peak CBCP2,248,746 cd
Beam Angle15°
Throw RatingUltra-Long (>100ft MH)
Stadium broadcast · Long-throw poles >80ft · FIFA A/B venues
30°
30° optic
Peak CBCP562,369 cd
Beam Angle30°
Throw RatingLong (60-100ft)
Competition fields · 60-80ft mounting · Baseball outfield
60°
60° optic
Peak CBCP142,316 cd
Beam Angle60°
Throw RatingMedium (30-60ft)
Multi-sport fields · 40-60ft poles · Most versatile
120°
120° optic
Peak CBCP37,242 cd
Beam Angle120°
Throw RatingWide Flood (<30ft)
Wide area coverage · Low-mount <30ft · Recreational

⚡ Quick Project Estimator

Select your sport and level for an instant fixture recommendation.

Recommended Optic
60°
Fixture Count
48-72
Pole Layout
4-6 poles
Target Level
500-1000 lux (FIFA C/D)
Mounting Height
50-60ft
Get Full Photometric Layout (Free) →

Custom AGi32-grade simulation with foot-candle grid, uniformity ratios, and pole spacing

Lumen Output (lm)

Tested per IESNA LM-79-19 at 25°C, EVERFINE GO-2000A goniophotometer

Optic315W380W460W580W720W
15° ()53,55064,60078,20098,600120,878
30° ()53,20064,20077,80098,000120,400
60° ()52,80063,80077,20097,400119,800
120° ()51,50062,00075,00095,000117,000
Efficacy (lm/W)170170170170168

Efficacy Comparison

lm/W — higher is better

INS-D Series (this product)
170 lm/W
Industry LED Average
130 lm/W
HPS (High-Pressure Sodium)
110 lm/W
Metal Halide
90 lm/W

* Peak efficacy measured from LM-79 test data. Competitor values are industry typical ranges.

Test Reports & Certifications

+ 9 more test reports available in the Downloads tab.

🔆 Run a Free Photometric Simulation

Upload your floor plan and let LightSpec AI calculate foot-candle levels, uniformity ratios, and recommended pole spacing — in under 60 seconds.

Try LightSpec AI →

💡 LED Upgrade ROI Calculator

See the financial case for switching to LED in seconds.

Annual Energy Savings
$3,784
💰
Energy Reduction
54.0%
Payback Period
4.0 yrs
10-Year Net Savings
$22,843
CO₂ Reduction
13.5 tons/yr
DLC Utility Rebate Estimate
$2,000
~$100/fixture avg
Payback timeline4.0 of 10 yrs

* Calculations based on standard operating conditions. Actual savings depend on local utility rates and rebate availability. CO₂ based on EPA eGRID national avg (0.855 lbs/kWh).

Application Environments

INS-D series: suitable for stadium, sports field, port, and railway station lighting applications per manufacturer specification (spec sheet AOK_Catalog_Highbay Light_INS-D_v26-03-10)

🏟️

Stadium & Arena Lighting

Multi-purpose stadiums and arenas require lighting that balances athlete performance, spectator comfort, and broadcast quality when applicable. The INS-D's four beam angles (15°/30°/60°/120°) support both narrow-throw configurations for high-mast pole mounting and wider distributions for lower-height mounting in indoor arenas. Low-glare optical design (UGR <19) reduces discomfort for athletes on the field and improves spectator viewing. CRI Ra80/Ra90 options meet color-quality requirements for HD broadcast venues where applicable. The 315W-720W range covers venue sizes from community pitches to full-size stadiums. IP66 rating ensures reliable operation in outdoor conditions, and the operating temperature range of -40°C to 50°C covers typical stadium climates. DLC Premium certification qualifies most installations for utility rebate programs. Request a photometric design study to size fixture counts and pole placement for your specific venue.

Standard: IES RP-6-15 (Sports and Recreational Area Lighting)

Technical Requirements

  • Beam control for glare reduction (UGR ≤22 for spectator areas)
  • IP66 for outdoor exposure
  • CRI ≥80 for HD broadcast, ≥70 for recreational
  • Aim points optimized for uniformity across the playing surface
  • 0-10V/DALI dimming for event-mode vs maintenance-mode control

Recommended Specifications

INS-D 460W-720W for stadium poles15°/30° narrow beam for high-mast pole layouts60° beam for lower mounting or perimeter floodlightingCRI Ra80/Ra90 for broadcast venues5000K or 5700K CCT for optimal contrast

Installation Notes

  • Use narrow beam angles (15°-30°) for pole heights above 20m
  • Aim points and beam overlap should meet IES RP-6-15 uniformity ratios for the applicable class
  • Verify structural pole capacity — INS-D 720W weighs 23.2 kg
  • Use 277-480VAC on long cable runs from utility service to reduce voltage drop

Regional Compliance Notes

IES RP-6-15 defines lighting classes I–III based on skill level and broadcast requirements

Some regions require light-pollution reduction measures (shielding, curfews)

Sports Field Lighting

Outdoor sports fields — soccer, baseball, softball, tennis, football, and multi-purpose fields — require reliable, energy-efficient lighting suited to the specific sport's requirements. The INS-D delivers up to 170 lm/W efficacy with a low-glare design (UGR <19) that improves player performance and helps minimize light spill onto adjacent properties. Available beam angles (15°/30°/60°/120°) support pole-mounted configurations across a range of typical pole heights. CRI Ra80 or higher supports color perception of balls, uniforms, and field markings. IP66 rating and the -40°C to 50°C ambient operating range cover a wide range of outdoor climates. The 3G vibration rating (per IEC 68-2-6) is appropriate for pole-mounted installations. DLC Premium certification supports utility rebate eligibility. The 100-277VAC / 347-480VAC dual-voltage options simplify installations across different utility service configurations.

Standard: IES RP-6-15, IES TM-15-11 (BUG rating)

Technical Requirements

  • Low glare / spillover control per IES TM-15-11 (BUG rating)
  • IP66 for outdoor durability
  • CRI ≥70 recreational, ≥80 competitive
  • Beam angles matched to pole height and field size
  • 0-10V dimming for warm-up vs event lighting

Recommended Specifications

INS-D 380W-580W for community and school fieldsINS-D 580W-720W for competition-grade fields15°/30° narrow beam for high pole heights60° beam for lower pole heightsCRI Ra80, 5000K CCT for balanced color rendering

Installation Notes

  • Reference IES RP-6-15 for sport-specific illuminance targets
  • Use aim points that overlap beams to achieve required uniformity
  • Consider surge protection (10kV or 20kV) in areas prone to lightning
  • Anti-corrosion coating variant recommended for coastal installations

Regional Compliance Notes

IES RP-6-15 sport-specific illuminance recommendations vary by class (I/II/III)

Local light-trespass ordinances may require full-cutoff or shielded fixtures

🚢

Port & Terminal Lighting

Ports, container yards, and marine terminals require high-mast lighting that combines reliable illuminance with resistance to the salt-laden atmosphere. The INS-D's IP66 rated die-cast aluminum housing with anti-UV thermosetting polyester finish is suitable for typical port environments; an extreme-corrosion coating variant (80-micron epoxy primer plus anti-UV polyester) is available on request for the harshest coastal locations. The 315W-720W range with 170 lm/W efficacy provides high lumen output for wide-area container yards and higher-illuminance zones for loading, unloading, and reefer plug areas. Four beam angles (15°/30°/60°/120°) support high-mast pole heights common in port installations. Operating temperature range -40°C to 50°C covers temperate to tropical port climates. DLC Premium certification supports rebate eligibility in most utility territories.

Standard: IES RP-8-14 (Roadway Lighting), OSHA 1917 (Marine Terminals)

Technical Requirements

  • IP66 for outdoor and marine-adjacent exposure
  • Corrosion-resistant housing/finish per site conditions
  • IK10 impact resistance for material-handling zones
  • Beam control matched to high-mast pole height
  • Surge protection (10kV/20kV) for lightning exposure

Recommended Specifications

INS-D 580W-720W for high-mast installations15°/30° narrow beam for high-mast pole layouts60° beam for reefer plug and loading zonesExtreme-corrosion coating for coastal installations20kV surge protection option for lightning-prone areas

Installation Notes

  • Reference IES RP-8-14 for area illuminance in container storage zones
  • Specify anti-corrosion coating variant when ambient contains salt spray
  • Use 277-480VAC for long cable runs to high-mast poles
  • IEC 62262 IK10 rating provides impact protection for material-handling zones

Regional Compliance Notes

IES RP-8-14 defines roadway lighting; port yard areas commonly follow adapted guidelines

OSHA 1917 applies to worker illumination requirements at marine terminals

🚉

Railway Station Lighting

Railway station platforms, concourses, and surrounding yard areas benefit from durable LED highbay lighting that balances passenger visibility, safety, and energy efficiency. The INS-D's four beam angles (15°/30°/60°/120°) support both open platform lighting and higher-illuminance concourse zones. Low-glare optical design (UGR <19) helps reduce visual discomfort for passengers and platform staff. The 3G vibration resistance (per IEC 68-2-6) makes it suitable for installations near active tracks and rolling stock. IP66 rating supports both covered and semi-exposed installations across platform-concourse-yard transitions. CRI Ra80 options improve signage and destination-board readability. Operating temperature range -40°C to 50°C covers most rail climates. DLC Premium certification supports utility rebate programs in most territories.

Standard: EN 12464-2 (Outdoor Workplaces), IEEE 1789 (Flicker)

Technical Requirements

  • IP66 for both covered and semi-open station structures
  • Low glare (UGR ≤19) for passenger comfort
  • CRI ≥70 general, ≥80 for signage-critical zones
  • 3G vibration resistance for track-adjacent installations
  • 0-10V dimming for off-peak scheduling

Recommended Specifications

INS-D 315W-460W for platform lightingINS-D 460W-580W for concourse and covered waiting areas60° or 120° beam for lower ceiling heightsCRI Ra80, 4000K or 5000K for balanced rendering0-10V dimming for off-hours energy saving

Installation Notes

  • Reference EN 12464-2 for outdoor workplace illuminance recommendations
  • Use wider beam (60°-120°) for platform ceiling heights typically 5-12m
  • Mount clear of overhead catenary / OCS structures per rail authority guidance
  • Coordinate installation windows around active rail service

Regional Compliance Notes

EN 12464-2 covers outdoor workplaces; regional rail authorities may specify additional requirements

Some rail authorities specify anti-flicker (IEEE 1789) compliance for camera systems

No accessories available for this product.

Quick Summary

The Auvolar INS-D is a high-power LED highbay light designed for stadium, sports field, port, and railway station applications per manufacturer specification. Available in 315W, 380W, 460W, 580W, and 720W configurations with 170 lm/W efficacy (up to 120,878 lumens at 720W). IP66 dust-tight and water-jet rated with IK10 impact resistance. Operating ambient temperature range -40°C to 50°C (-40°F to 122°F) per spec sheet. Features Lumileds 5050 chips, four beam angles (15°/30°/60°/120°), CRI options of Ra70/Ra80/Ra90, dual voltage (100-277VAC standard, 347-480VAC optional), 0-10V/DALI/PWM dimming, and low-glare optical design (UGR <19) for spectator comfort and light pollution reduction. UL 1598 listed and DLC Premium certified for utility rebate eligibility. L90B10 rated at 100,000 hours (tested at Ta 25°C) with 5-year standard warranty (extendable to 10 years). Heavy-duty die-cast aluminum housing with anti-UV thermosetting polyester finish. Available with 10kV/20kV surge protection.

Frequently Asked Questions

What LED highbay light is suitable for stadium and sports field lighting?
The Auvolar INS-D series (315-720W) is designed for stadium, sports field, port, and railway station lighting applications per the manufacturer spec sheet (AOK_Catalog_Highbay Light_INS-D_v26-03-10). It features four beam angles (15°/30°/60°/120°) supporting pole heights from ~12m to 30m+, low-glare optical design (UGR <19) for spectator comfort, IP66/IK10 ratings for outdoor durability, and CRI Ra70/Ra80/Ra90 options. Operating ambient temperature range -40°C to 50°C.
What is the maximum lumen output of the INS-D LED Highbay Light?
The Auvolar INS-D 720W delivers 120,878 lumens at 170 lm/W (5000K, CRI 70, 120° beam per spec sheet), one of the highest-output configurations in the INS series. It supports high-mast pole installations and is DLC Premium certified with UL listing, IP66 rating, and IK10 impact resistance.
What LED lighting works well for port and terminal applications?
Ports, container terminals, and marine-adjacent yards need IP66-rated LED lighting with corrosion-resistant finishes. The Auvolar INS-D series (315-720W) provides IP66 dust-tight, water-jet protected housing with anti-UV thermosetting polyester finish; an extreme-corrosion variant (80-micron epoxy primer plus anti-UV polyester) is available on request. Four beam angles support high-mast pole heights typical of port installations. Operating temperature -40°C to 50°C, IK10 impact resistance, DLC Premium certified, 3G vibration rating.
How much can you save replacing metal halide with LED highbay in sports and stadium applications?
Replacing 1000W metal halide fixtures (~1100W actual with ballast) with Auvolar INS-D 580W LED highbay saves approximately 47% in energy — about $312 per fixture annually at $0.12/kWh and 6,000 operating hours. DLC Premium certification qualifies for utility rebates of $50-$150 per fixture in most utility territories, often achieving payback in 12-18 months.